Answer:
The plant would have to work 8.33 hours
Explanation:
Initial productivity:
100 parts were produced in 1 hour
Percentage increase in productivity = 20%
New productivity:
100 + (100 × 0.2) = 100 + 20 = 120
120 parts would be produced in 1 hour
Number of hours the plant would have to work to produce 1000 parts = 1000/120 = 8.33 hours
Answer:
The answer is below
Explanation:
Education is considered the basic requirement for the profession because, through education, people get to learn the basic knowledge required to perform a profession.
For example, a medical doctor or physician profession requires education in core biological science subjects such as microbiology, human anatomy, medical rehabilitation, dentistry, etc.
Education gives the professional the knowledge to anticipate, predict, and carry out the right solution to any problem that needs to be solved under his or her profession.
For example, a civil engineer needs education in architectural and engineering drawing to translates the drawing into reality or an actual project.
The period of time between receiving a client order and shipping the finished items to the customer is referred to as the delivery cycle time.
When it comes to measuring internal business performance, delivery cycle time is regarded as a very crucial statistic. It is defined as the period of time between the moment an order is received and the time it is actually sent.
This usually plays a significant role for both organizations and customers because prompt order processing is a skill that almost all firms and customers tend to value.
In a similar vein, it can be seen that quicker delivery cycles can also serve as a possible competitive advantage for the business and, in most situations, are essential to their existence.
To know more about delivery cycle time.
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• eqm Q = 175
• eqm P = $ 190
<u>Explanation:</u>
At current price, Quantity Demanded is less than Quantity supplied
As Qd = 200, Qs = 160
• so market is currently experiencing a deficiency, as Qd > Qs
•so to adjust, market price will incraese,
so that Quantity Demanded decrease & Quantity supplied increases, till Qd = Qs
• eqm Q = 175
• eqm P = $ 190
As if P falls by 1, then P = 194
Qd = 200 minus 5= 195
Qs = 160 plus 3= 163
If P = 193, Qd = 190, Qs = 166
If P = 191, Qd = 180, Qs = 172
P = 190, Qd = 175, Qs = 175